Lecturer
Contact
- Email: ADressel@uwm.edu
- Office: EMS E261
- Lab: EMS W220A
Teaching
- CE 201 – Statics
- CE 202 – Dynamics
- CE 303 – Strength of Materials
- CE 360 – Structural Analysis
- CE 463 – Introduction to Finite Elements
- ME 101 – Computational Tools for Engineers (MATLAB)
- ME 150 – How Things Work
- ME 370 – Computer Aided Engineering Lab (PTC Creo)
- ME 473 – Applied Dynamics
Research
- Bicycle and Motorcycle Dynamics
- Mechanical Properties of Bicycle Tires
Laboratory
Community Involvement
Publications
- Nonlinear Interaction of a Slender Pneumatic Tire with the Ground –Extensions to the Rotta Model
(2017) Proceedings of the Technical Meeting of the Society of Engineering Science - Nonlinear Brush Formulation for a Bicycle Tire Based on Rotta Model
(2016) Proceedings of the 2016 Bicycle and Motorcycle Dynamics Conference - Measuring and Modeling the Mechanical Properties of Bicycle Tires
(2013) UWM PhD dissertation - Comment on ‘On the stability of a bicycle on rollers’
(2012) European Journal of Physics - Measuring side slip and camber characteristics of bicycle tyres
(2011) Vehicle System Dynamics - Benchmarking Bicycle and Motorcycle Equations of Motion
(2011) Proceedings of the ASME International Design Engineering Technical Conferences, Washington DC - Measuring Dynamic Properties of Bicycle Tires
(2010) Symposium on the Dynamics and Control of Single Track Vehicles, Delft, The Netherlands - JBike6
(2006) Cornell University
Events
- Bicycle & Motorcycle Dynamics 2016
- UWM, College of Letters & Science, Science Bag, February 2019
Press
- UWM coverage of BMD2016
- Fox 6 News coverage of BMD2016
- Bicycling Magazine mention of bicycle tire research
- Milwaukee Journal Sentinel mention of World Bike research
Blogs
Awards
- The Influence of Bicycle Tire Dynamics on Bicycle Stability
(2011) CEAS Student Research Poster Competition Honorable Mention - The Influence of Structural Compliance on Bicycle Stability
(2010) CEAS Student Research Poster Competition 3rd Place
Links